4. A virus causing an infection is spreading in a town that has a population of 30000. Assume that the rate of change in the infected population is directly proportional to the infected population at that time. Let the number of infected people is 10 at the beginning and 1000 after 10 days. a. Find the number of infected people at any time t. b. How long will it take for half of the population to become infected
4. A virus causing an infection is spreading in a town that has a population of 30000. Assume that the rate of change in the infected population is directly proportional to the infected population at that time. Let the number of infected people is 10 at the beginning and 1000 after 10 days. a. Find the number of infected people at any time t. b. How long will it take for half of the population to become infected
Chapter6: Exponential And Logarithmic Functions
Section6.7: Exponential And Logarithmic Models
Problem 16TI: Recent data suggests that, as of 2013, the rate of growth predicted by Moore’s Law no longer holds....
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4. A virus causing an infection is spreading in a town that has a population
of 30000. Assume that the rate of change in the infected population is directly
proportional to the infected population at that time. Let the number of infected
people is 10 at the beginning and 1000 after 10 days.
a. Find the number of infected people at any time t.
b. How long will it take for half of the population to become infected
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